Spears 54211182000 Cpvc Sch 80 45 Elbow 1-1/4 in

Product Description

The SPEARS 54211182000 is a 1-1/4 inch CPVC Schedule 80 45-degree elbow fitting with socket-by-socket connections. It is designed for use in pressure piping systems that handle hot or cold water, industrial chemicals, and other corrosive fluids where standard PVC would be insufficient. The Schedule 80 wall thickness provides added pressure resistance compared to Schedule 40. Licensed plumbers and pipefitters install this fitting in both above-ground and in-wall configurations. The socket-by-socket end connections accept standard CPVC solvent cement for a reliable, leak-free joint.

This elbow is suited for residential and light commercial plumbing systems, as well as industrial process piping where chemical resistance and elevated temperature performance are required. The 45-degree angle allows directional changes in the piping layout without the sharper turns associated with 90-degree fittings, supporting smoother flow paths. It is a direct-install component in new construction and retrofit applications.

Key Features

• CPVC material provides resistance to heat, pressure, and a wide range of corrosive chemicals
• Schedule 80 wall thickness for higher pressure ratings compared to Schedule 40
• 45-degree sweep for gradual directional changes in piping runs
• Socket x socket end connections for standard solvent-cement joining
• 1-1/4 inch pipe size fits standard CPVC pipe of the same schedule

Compatibility

Designed as an OEM-style replacement and new-install fitting compatible with 1-1/4 inch CPVC Schedule 80 piping systems using socket solvent-cement connections.

Installation Notes

Installation should be performed by a licensed plumber in accordance with local plumbing codes and ASTM F439 standards for CPVC socket-type fittings. Shut off and depressurize the supply line before cutting into any existing piping. Use only CPVC-rated solvent cement and primer — do not substitute PVC cement. Allow full cure time per the cement manufacturer's instructions before restoring system pressure.